CN205204773U - Formula of climbing work platform - Google Patents
Formula of climbing work platform Download PDFInfo
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- CN205204773U CN205204773U CN201520696978.6U CN201520696978U CN205204773U CN 205204773 U CN205204773 U CN 205204773U CN 201520696978 U CN201520696978 U CN 201520696978U CN 205204773 U CN205204773 U CN 205204773U
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Abstract
The utility model discloses a formula of climbing work platform, including the saddle with establish the work platform main part on the saddle, be equipped with in the work platform main part rack detect spacing, door detect spacing, the level detection is spacing, it is spacing to detect from top to bottom, the high -low limit detects about spacing, the twin columns that the leveling is spacing, safety hook and electric control system, the rack detect spacing, the door detects spacingly and the level detection is spacing, it is spacing to detect from top to bottom, the high -low limit detects about spacing, the twin columns that the leveling is spacing, the safety hook all is connected with electric control system. The utility model discloses set up electric control system in the work platform main part, electric control system includes telecommunication system to the operating data of real time monitoring work platform main part can send operating data to remote control terminal, and remote control terminal can appear work platform main part operational aspect according to the operating data branch, can also be through the lock machine and the unblock of electric control system control work platform main part.
Description
Technical field
The utility model relates to building operation workplatform field, refers to a kind of climbing type workplatform especially.
Background technology
Along with the increase of building quantity, the workplatform using building operation is in a large number needed in work progress, traditional climbing type workplatform electric-control system does not have remote communication module, cannot the long-range service condition to equipment and operating mode monitor, the shutdown once break down at site operation scene, because the technical personnel at scene does not know much have less understanding to the Principle of Electrical System of platform and physical construction, fault can not be got rid of in time, a hidden minor issue just may cause machine to stop work for a long time, have a strong impact on on-the-spot construction speed, cause unnecessary economic loss.
Such as publication number is the Chinese utility model patent of CN201679220U, disclose one only mast climbing working platform, comprise a vertically-guided lower mast and a horizontal job platform declined along vertically-guided mast climbing, the upper and lower of vertically-guided lower mast is all connected with inhibiting device, the bottom of vertically-guided lower mast is connected with adjustable underframe, described vertically-guided lower mast to be fixedly connected on building by attachment device and vertically-guided lower mast is fixedly connected with vertical rack-track, described horizontal job platform comprises horizontal strength beam and the level standard joint of splicing in horizontal strength beam both sides, wherein horizontal strength beam passes through four fixed-hinged support support and connection on bracing frame, bracing frame is bolted again on bogie.
Disclosed in above-mentioned utility model patent, climbing working platform does not have communication module, and platform operation conditions has no idea to realize remote monitor and control.
Utility model content
The utility model proposes a kind of climbing type workplatform, solving climbing type workplatform in prior art cannot the problem of remote monitor and control.
The technical solution of the utility model is achieved in that
A kind of climbing type workplatform, comprise saddle and be located at the workplatform main body on described saddle, workplatform main body is provided with tooth bar and detects spacing, door detects spacing, horizontal detection is spacing, detect spacing up and down, high-low limit detects spacing, the upper and lower leveling of twin columns is spacing, falling protector, unbalance loading LOAD CELLS, overload LOAD CELLS and electric control system, tooth bar detects spacing, door detects spacing and horizontal detection is spacing, detect spacing up and down, high-low limit detects spacing, the upper and lower leveling of twin columns is spacing, falling protector, unbalance loading LOAD CELLS, overload LOAD CELLS is all connected with electric control system.
Further, high-low limit detects spacing, the spacing and spacing series connection of horizontal detection of door detection.Further, tooth bar detect spacing, door detect spacing spacing with horizontal detection, up and down detect spacing, high-low limit detect spacing, the upper and lower leveling of twin columns is spacing, falling protector, unbalance loading LOAD CELLS, overload LOAD CELLS are connected PLC control system respectively, and tooth bar is detected data, door detects data and horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data transmission is to PLC control system.
Further, electric control system comprises micro controller system, GPS module and mobile communication module, and gps data is transferred to micro controller system by GPS module, and gps data is transferred to mobile communication module by micro controller system, and gps data is transferred to remote control terminal by mobile communication module.Further, tooth bar is detected data by PLC control system, door detects data, horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data transmission is to micro controller system, tooth bar is detected data by micro controller system, door detects data and horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data pass through mobile communication module transfer to remote control terminal.Further, tooth bar to be detected data by Modbus bus by PLC control system, door detects data, horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data transmission is to micro controller system.Mobile communication module is gsm module or GPRS module or LTE module.
Further, electric control system comprises micro controller system and wireless communication module, and micro controller system and wireless communication module electrical connection, micro controller system sends data to wireless communication module, and wireless communication module sends data to client's control end by wireless signal.Further, wireless communication module is bluetooth communication module or infrared-ray communication module or RF radio-frequency communication module or 2.4G wireless communication module.Client's control end is mobile terminal.
The beneficial effects of the utility model are: in workplatform main body, arrange electric control system, electric control system comprises telecommunication system, and monitor the operating data of workplatform main body in real time, operating data can be sent to remote control terminal, remote control terminal can go out work main platform body running condition according to Operational Data Analysis, also controls lock machine and the unblock of workplatform main body by electric control system.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the utility model climbing type workplatform preferred embodiment;
Fig. 2 is the functional block diagram of the electric control system of the utility model climbing type workplatform preferred embodiment;
Fig. 3 is the structural representation of electric control system in Fig. 1.
In figure, 1-workplatform main body; 2-electric control system; 3-tooth bar detects spacing; 4-door detects spacing; 5-horizontal detection is spacing; The upper detection of 6-is spacing; Detect spacing under 7-; 8-limes superiors detects spacing; 9-smallest limit detects spacing; The upper and lower leveling of 10-twin columns is spacing; 11-falling protector; 12-unbalance loading LOAD CELLS; 13-overloads LOAD CELLS.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
As shown in Figure 1, the utility model proposes a kind of climbing type workplatform, comprise vertical saddle and be located at the workplatform main body 1 on described saddle, workplatform main body 1 can vertically be climbed up and down at saddle or vertically decline.Workplatform main body 1 is provided with tooth bar and detects spacing 3, door detects spacing 4, horizontal detection spacing 5, upper detection spacing 6, lower detection spacing 7, limes superiors detects spacing 8, smallest limit detects spacing 9, the upper and lower leveling of twin columns spacing 10, falling protector 11, unbalance loading LOAD CELLS 12, overload LOAD CELLS 13 and electric control system 2, tooth bar detects spacing 3, door detects spacing 4 and horizontal detection spacing 5, upper detection spacing 6, lower detection spacing 7, limes superiors detects spacing 8, smallest limit detects spacing 9, the upper and lower leveling of twin columns spacing 10, falling protector 11, unbalance loading LOAD CELLS 12, overload LOAD CELLS 13 is all connected with electric control system 2.Workplatform main body 1 is provided with tooth bar, access door and equilibrium arm, and tooth bar is used for controlling the rising of workplatform main body 1, can prevent workplatform main body 1 from not stopping to climb, cause it to come off from saddle; Access door is staff's setting, and staff is by access door turnover workplatform main body 1; Equilibrium arm is used to the balance keeping workplatform main body 1, prevents it from occurring situation about tilting.Tooth bar detect spacing 3, door detect spacing 4 and horizontal detection limit be separately positioned near tooth bar, access door and equilibrium arm, be used for detecting every data of tooth bar, access door and equilibrium arm respectively.Upper detection is spacing 6, lower detection spacing 7 is used for the position that testing main platform body is shut down up and down.Limes superiors detect spacing 8, smallest limit detect spacing 9 respectively to should go up detect spacing 6 and lower detection spacing 7 lost efficacy time play emergency engine kill.The upper and lower leveling of twin columns spacing 10 adjusts twin columns synchronized operation when running for workplatform twin columns automatically.Falling protector 11 falls for preventing workplatform.Unbalance loading LOAD CELLS 12 detects unbalance loading weight, prevents workplatform unbalance loading from running.Overload LOAD CELLS 13 testing platform load-carrying weight, prevents workplatform overload operation.
Door detects spacing 4 and horizontal detection is spacing 5, limes superiors detects spacing 8, smallest limit and detects spacing 9 series connection.Door detect spacing 4, flat detect spacing 5, limes superiors detect spacing 8 or smallest limit detect spacing 9 one and break down, whole workplatform main body 1 all can be caused to quit work, thus the safety in staff's working process is protected.Before workplatform main body 1 starts and in working process, door detects that spacing 4, horizontal detection is spacing 5, limes superiors detects spacing 8, smallest limit and detects spacing 9 and all can send data to electric control system 2 at any time.Tooth bar detects spacing 3, door detects spacing 4, horizontal detection spacing 5, upper detection spacing 6, lower detection spacing 7, limes superiors detects spacing 8, smallest limit detects spacing 9, the upper and lower leveling of twin columns spacing 10, falling protector 11, unbalance loading LOAD CELLS 12 is connected PLC control system respectively with overload LOAD CELLS 13, the main effect of PLC control system is monitoring and tooth bar is detected data, door detects data, horizontal detection data, upper detection data, lower detection data, limes superiors detects data, smallest limit detects data, the upper and lower leveling of twin columns detects data, falling protector detects data, unbalance loading LOAD CELLS detects data and overload LOAD CELLS detects data transmission to electric control system 2.
As shown in Figures 2 and 3, electric control system 2 comprises micro controller system, GPS module and mobile communication module, the position at GPS module meeting collecting work main platform body 1 place and ambient environmental conditions, and be packaged into gps data, gps data is transferred to micro controller system by GPS module, GPS module and Investigation into Serial Communication of One-chip Computer, gps data is transferred to mobile communication module by micro controller system, and gps data is transferred to remote control terminal by mobile communication module.Therefore, remote control terminal can recognize the geographic position at workplatform main body 1 place and the geographical environment of periphery, realizes better locating workplatform main body 1.
In addition, tooth bar is detected data by PLC control system, door detects data, horizontal detection data, upper detection data, lower detection data, limes superiors detects data, smallest limit detects data, the upper and lower leveling of twin columns detects data, falling protector detects data, unbalance loading LOAD CELLS detects data and overload LOAD CELLS detects data transmission to micro controller system, tooth bar is detected data by micro controller system, door detects data, horizontal detection data, upper detection data, lower detection data, limes superiors detects data, smallest limit detects data, the upper and lower leveling of twin columns detects data, falling protector detects data, unbalance loading LOAD CELLS detects data and overload LOAD CELLS detects data by mobile communication module transfer to remote control terminal.Thus realize the real-time remote monitoring of remote control terminal to workplatform main body 1, operation conditions and the failure message of workplatform main body 1 can be monitored, when workplatform main body 1 breaks down, technical personnel is not needed to reach the spot, mediate fault by remote control terminal, improve the speed of after-sales service and service.Concrete, in implementation process, tooth bar is detected data, door detection data and horizontal detection data transmission to micro controller system by Modbus bus by PLC control system.Micro controller system also by Modbus bus to the instruction of PLC control system issuing control.PLC control system can control that tooth bar detects that spacing 3, door detects that spacing 4, horizontal detection is spacing 5, upper detection is spacing 6, lower detection is spacing 7, limes superiors detects spacing 8, smallest limit and detects that spacing 9, the upper and lower leveling of twin columns is spacing 10, falling protector 11, unbalance loading LOAD CELLS 12 and overload LOAD CELLS 13, as long as control one of them inhibiting device, the lock machine to workplatform main body 1 and unlocking operation can be realized.
Micro controller system is responsible for gps data, tooth bar detects data, door detects data, horizontal detection data, upper detection data, lower detection data, limes superiors detects data, smallest limit detects data, the upper and lower leveling of twin columns detects data, falling protector detects data, unbalance loading LOAD CELLS detects data and overload LOAD CELLS detection data process, and transmit it to mobile communication module, micro controller system carries out ICP/IP protocol process to data, then mobile communication module is sent to, mobile communication module sends data to mobile base station, mobile base station sends data to remote control terminal by internet, remote control terminal can by reverse operating to the instruction of micro controller system issuing control.
Mobile communication module is gsm module or GPRS module or LTE module, and other mobile communication modes also can be adopted to carry out transmission data.
In other embodiments, electric control system 2 comprises micro controller system and wireless communication module, and micro controller system and wireless communication module electrical connection, micro controller system sends data to wireless communication module, and wireless communication module sends data to client's control end by wireless signal.Wireless communication module is bluetooth communication module or infrared-ray communication module or RF radio-frequency communication module or 2.4G wireless communication module.Client's control end is mobile terminal.Client's control end can be mobile phone etc., and on-the-spot staff, by the running condition of monitoring mobile phone workplatform main body 1, also can control.
In sum, the utility model has the advantage of:
1, achieve the long-range GPS location to workplatform main body 1, particular location and the ambient conditions of workplatform main body 1 can be understood;
2, can monitor in real time workplatform main body 1, operation conditions and the failure message of workplatform main body 1 can be monitored, when workplatform main body 1 breaks down, do not need technical personnel to reach the spot, mediate fault by remote control terminal, improve the speed of after-sales service and service;
3, long-range lock machine and unblock: if customer selecting monthly payment plan, but but do not beat money to the time of paying a bill, workplatform main body 1 auto-stop can be controlled.Remote de-locking equipment after customer payment, the normal operation of restorer.
4, monitor by mobile phone real-time on-site, control workplatform main body 1.
These are only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a climbing type workplatform, comprise saddle and be located at the workplatform main body on described saddle, it is characterized in that: described workplatform main body is provided with tooth bar and detects spacing, door detects spacing, horizontal detection is spacing, detect spacing up and down, high-low limit detects spacing, the upper and lower leveling of twin columns is spacing, falling protector, unbalance loading LOAD CELLS, overload LOAD CELLS and electric control system, described tooth bar detects spacing, door detects spacing, horizontal detection is spacing, detect spacing up and down, high-low limit detects spacing, the upper and lower leveling of twin columns is spacing, falling protector, unbalance loading LOAD CELLS, overload LOAD CELLS is all connected with described electric control system.
2. climbing type workplatform according to claim 1, is characterized in that: described high-low limit is spacing, falling protector, door detect the spacing and spacing series connection of horizontal detection.
3. climbing type workplatform according to claim 2, it is characterized in that: described tooth bar detects spacing, door detects spacing, horizontal detection is spacing, detect spacing up and down, high-low limit detects spacing, the upper and lower leveling of twin columns is spacing, falling protector, unbalance loading LOAD CELLS, overload LOAD CELLS connects PLC control system respectively, and tooth bar is detected data, door detects data, horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data transmission is to described PLC control system.
4. climbing type workplatform according to claim 3, it is characterized in that: described electric control system comprises micro controller system, GPS module and mobile communication module, gps data is transferred to described micro controller system by described GPS module, gps data is transferred to described mobile communication module by described micro controller system, and gps data is transferred to remote control terminal by described mobile communication module.
5. climbing type workplatform according to claim 4, it is characterized in that: tooth bar is detected data by described PLC control system, door detects data, horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data transmission is to described micro controller system, tooth bar is detected data by described micro controller system, door detects data, horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data by described mobile communication module transfer to remote control terminal.
6. climbing type workplatform according to claim 5, is characterized in that: tooth bar to be detected data by Modbus bus by described PLC control system, door detects data, horizontal detection data, detect data up and down, high-low limit detects data, the upper and lower leveling data of twin columns, falling protector data, unbalance loading LOAD CELLS data, overload LOAD CELLS data transmission is to micro controller system.
7. climbing type workplatform according to claim 5, is characterized in that: described mobile communication module is gsm module or GPRS module or LTE module.
8. climbing type workplatform according to claim 1, it is characterized in that: described electric control system comprises micro controller system and wireless communication module, described micro controller system and wireless communication module electrical connection, described micro controller system sends data to described wireless communication module, and described wireless communication module sends data to client's control end by wireless signal.
9. climbing type workplatform according to claim 8, is characterized in that: described wireless communication module is bluetooth communication module or infrared-ray communication module or RF radio-frequency communication module or 2.4G wireless communication module.
10. climbing type workplatform according to claim 8, is characterized in that: described client's control end is mobile terminal.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520696978.6U CN205204773U (en) | 2015-09-09 | 2015-09-09 | Formula of climbing work platform |
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| CN201520696978.6U CN205204773U (en) | 2015-09-09 | 2015-09-09 | Formula of climbing work platform |
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| CN205204773U true CN205204773U (en) | 2016-05-04 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109204348A (en) * | 2017-06-30 | 2019-01-15 | 比亚迪股份有限公司 | Rail engineering automobile |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109204348A (en) * | 2017-06-30 | 2019-01-15 | 比亚迪股份有限公司 | Rail engineering automobile |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Guide frame climbing type work platform Effective date of registration: 20200610 Granted publication date: 20160504 Pledgee: Dongguan branch of Bank of Dongguan Co.,Ltd. Pledgor: GUANGDONG YUHUAXING CONSTRUCTION MACHINERY MANUFACTURE Co.,Ltd. Registration number: Y2020440000134 |